Regenerative Braking: How it Saves Your Land Rover Energy

Land Rovers aren’t exactly known for their environmental friendliness, but the company has taken great strides in recent years to change that reputation. These days, the manufacturer has introduced a few electric and hybrid vehicles that not only reduce their driver’s carbon footprints, but help preserve our planet.

While there are several benefits to owning a hybrid or electric Land Rover, one of the biggest advantages is the energy saving mechanism known as regenerative braking. This type of system has become frequently use on many modern electric and hybrid vehicles for a number of reasons, the most significant of which is the energy it saves.

Know Your Land Rover Parts: What is Regenerative Braking?

Regenerative braking is a type of mechanism that slows down the speed of a Land Rover, or any other type of electric or hybrid car, by converting some of the kinetic energy it uses into another form of useful energy. The energy that is captured is then stored so it can be used in the future or is fed back into the system so it can continue to supply power to the vehicle.

This act is significant because traditional braking wastes a lot of energy- energy that electric vehicles need to keep their batteries charged as much as possible. Most electric vehicles can save 10 to 25% of their energy with regenerative braking, and that saved energy can be used to recharge the battery, power the lights, or even propel the electric motor.

Pros and Cons of Regenerative Braking

The advantages of regenerative braking are pretty clear-cut.

• The system allows Land Rover parts like the battery and engine to work for longer period of time before needing to be charged.

• Regenerative braking improves fuel economy in hybrids which rely on both an electric motor and fuel systems. This is because the braking system works carefully with car parts like the motor, so they can recharge the batteries with energy that would otherwise be lost.

• This mechanism also reduces the number of CO2 emission the car is responsible for.

Essentially, regenerative braking allows Land Rover owners to ‘have their cake and eat it too.’ They not only get to drive a beautiful, well-equipped, and reliable vehicle like the Land Rover, but they also save energy and help the environment while doing so. Of course, there are some drawbacks to regenerative braking every Land Rover owner should be aware of.

• While regenerative braking works well when coasting or at higher speeds, it doesn’t function as easily when speeds are lower. This means you may not experience the benefits if you only drive short distances in town.

• Because of its inability to perform at lower speeds, you can’t simply rely on the regenerative breaking system exclusively. You’ll also need regular friction brakes to bring the car to complete stop. These car parts are also necessary in case the regenerative system fails.

So what do you think? If you had the opportunity to drive a Land Rover while taking advantage of car parts that reduce energy consumption, would you take it?